CN101946614B - Method for manufacturing greening curtain wall - Google Patents
Method for manufacturing greening curtain wall Download PDFInfo
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- CN101946614B CN101946614B CN201010255241.2A CN201010255241A CN101946614B CN 101946614 B CN101946614 B CN 101946614B CN 201010255241 A CN201010255241 A CN 201010255241A CN 101946614 B CN101946614 B CN 101946614B
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Abstract
The invention discloses a method for manufacturing a greening curtain wall, which comprises the following steps of: (1) the process of preparing a hydrophilic group: sintering and processing waste shells into basic materials, foamers, binders and additives with certain particle sizes, and mixing the materials according to the set proportion through sintering; (2) the process of preparing a nutrient medium: preparing the nutrient medium by uniformly mixing 0.2 to 15 mass percent of water-retaining agents, 0.1 to 1 mass percent of nutrients and 90 to 99.5 percent of fillers; (3) the assembling process: fixedly connecting the back of the hydrophilic group and a fixing component used for being connected with a building, and putting the nutrient medium on the front of the hydrophilic group; and planting a dwarf plant on the nutrient medium. The invention provides a method for manufacturing the greening curtain wall which reduces the cost, effectively avoids influencing the strength of the building, and is easy to maintain.
Description
Technical field
The present invention relates to field of Environment Protection, the decoration fields such as applicable environmental greening, indoor greening, be particularly useful for cement works, urban afforestation, reconcile the environment microclimate, beautify the environment, the greening and environmental protection method of minimizing carbon dioxide packing content etc., especially a kind of manufacture method of greening curtain wall.Background technology
Because worldwide large-scale excessively commercial development makes earth natural environment sharply worsen, the mankind's living environment is suffering destructive destruction, thereby has strengthened the mankind's Existent Costs in recent years.Particularly the space of reinforced concrete structure is extended and is forced hot driving aggravation etc. to make and greenly sharply reduced by relative area, thereby has lost gradually the function of natural conciliation weather, makes the mankind's living environment be absorbed among vicious circle gradually.
In order to improve this natural vicious circle, there is a lot of people making great efforts to improve this variation.The JP 2002-58335 communique of Japan Patent for example, the Chinese invention patent application that patent publication No. is CN1522562A, all be intended to clearly the improvement to this natural environment.
But, at present disclosed be mostly to be absorbed in the propagation method of afforesting thing and the scheme such as water system is provided in about the enhancement of environment patent.So not only strengthened the cost of afforestation project, also can affect building intensity, affect attractive in appearance.
Existing plant landscape substrate is generally with net fixed rotten soil and waits the nutrition base and realize afforestation effect.But this way can't solve because rainwater, spontaneous corrosion and the large tracts of land of plant the problem that comes off on greening sheet base on the vertical plane that causes.In order to guarantee that round-the-clock greening must provide the Timing water supply system, has improved carrying cost.
Summary of the invention
For the cost that overcomes existing plant landscape substrate is high, affect building intensity, the Timing water supply system need to be provided, deficiency that maintenance cost is high, the invention provides a kind of intensity that reduces costs, effectively avoids affecting building, be easy to the manufacture method of the greening curtain wall safeguarded.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of manufacture method of greening curtain wall, described manufacture method comprises the following steps:
(1), the manufacturing process in order to hydrophilic group that the needed moisture of plant growth is provided is:
(1.1) first the shell integral body of recovery is sent in stove and is heated to 500-800 degree centigrade of roast, keep sintering 30-60 minute;
(1.2) being ground into maximum particle size after cooling is the following shell particle powder of 5mm;
(1.3) by described maximum particle size, be to send into roast in stove after shell particle powder below 5mm and foaming adhesive mix, wherein, the mass percent of shell particle powder is 60～90%, the mass percent of foaming adhesive is 10-40%, and the adjustment of described roast to 300-600 degree keeps 30-60 minute;
(1.4) be adjusted to, again the 500-1000 degree, sintering 30-60 minute, be fired into hydrophilic group, and described hydrophilic group is the loose member of porous body, and the average pore size of the loose member of porous body is 0.5～3mm;
(2), in order to the manufacturing process of the nutrition base that maintains plant growth, cultivation, the needed moisture of breeding and nutrient to be provided: described nutrition base comprises water-loss reducer, filler and nutritional agents, select the mass percent of each component to be: water-loss reducer 0.2～15%, nutritional agents 0.1～1%, filler 90～99.5%, mix it;
(3) assembling process: the back side of hydrophilic group is fixedly connected with the fixed component in order to be connected with building, and the nutrition base is placed in to the front of described hydrophilic group; Again by short strain planting on described nutrition base.
As preferred a kind of scheme: in described step (1), after a hydrophilic group completes, making another hydrophilic group by step (1.1)～(1.4), described another hydrophilic group is embedded in a described hydrophilic group, the average pore size of described another hydrophilic group is larger than the average pore size of a hydrophilic group, a described hydrophilic group is connected with fixed component, and the front of described another hydrophilic group arranges the nutrition base.
Further, the front of described hydrophilic group is provided with the plant embedded groove, and described nutrition base is positioned at the bottom of described plant embedded groove, and the angle of described plant embedded groove and vertical plane is 2～10 degree.
Further again, the angle of described plant embedded groove and vertical plane is 3～6 degree.
In described step (2), described nutrition base adopts high-pressure injection method, vibratory drilling method or implantation that described nutrition base is placed on hydrophilic group.Filler, water-loss reducer, nutritional agents are mixed and are embedded in hydrophilic group by injection, vibration, stickup or silk screen in the ratio of setting; Can be that plant, seed, spore, plant tissue or spore are realized by planting on the nutrition base.
In described step (2), evenly mix together with the tissue of described nutrition base and short strain plant seed, plant or the bred part of plant, implant on hydrophilic group.
In described step (2), described nutritional agents is organic manure or inorganic fertilizer, but described filler adopts environment-friendly type decomposer humus or Nutrition Soil, and water-loss reducer adopts the SG water-loss reducer.
The gross weight of described short strain plant and nutrition base accounts for the 20-50% of whole greening curtain wall.
The bulk density of described hydrophilic group is 0.2-0.6t/m
2, voidage is 20-80%.
Described foaming adhesive is that following one or more mix: 1. polyurethane foams, 2. bentonite, 3. paraffin, 4. many vinyl chloride resins, 5. SiC.
Technical conceive of the present invention is: in order to increase the consolidation of root system of plant and attachment, the present invention developed Porous is set in fixed component loose member both hydrophilic group make root system of plant can naturally penetrate the inside of hydrophilic group, easily come off and afforest the defect that the sheet base can't store moisture thereby solved plant.The manufacture method of described porous member is just like ceramic foam agent mixing burn-back method, accelerated freeze-drying method, air blast, ultrasonic vibration method etc.But due to the material used do not possess characteristic that hole matter is loose, therefore substantially without storing moisture and pervious function.And the present invention is owing to having used shell powder with the hole matter more than 5 μ m as basic material, so there is storage moisture and slow water seepage function.This hydrophilic group can not need during plant growth continuous water supply moisture and the part nutrient of plant just can be provided, guaranteed that plant is round-the-clock to grow.
And the at present disclosed invention of doing the porous member of base material with shell can't store because of the interconnection in hole, moisture or voidage are improper is not suitable for growing of plant.
Basic building block of the present invention, by for short strain drought-enduring plant group provides the nutrition that maintains growth base, provides the hydrophilic group of moisture and forms for decorating fixing fixed structure.
The gross weight occupation rate of short strain plant of the present invention and nutrition base is between 20-50%.If shortage in weight 20% can cause that plant is difficult to cultivate and the alternate breeding, surpassing 50% can peel off and fall because the mistake preponderance produces, and affects intensity, attractive in appearance, and can produce hidden danger.
The SG water-loss reducer that described water-loss reducer has been used the U.S. to produce.And general common product SPA water-loss reducer is not suitable for doing the plant growth water conservation because not meeting the root system hair tonic of plant.
Described water-loss reducer SG can absorb the 100-150 moisture doubly of deadweight, has the lasting water conservation effect of 2～3 years, and can resolve into gradually the materials such as carbonic acid gas and water under the effect of ultraviolet ray, microorganism etc.; Calcium ion in carbonic acid gas and shell can form calcium carbonate again, thus increased hydrophilic group degree of condensing and with the constant intensity of plant community.
Described nutrition base can fade away under the effects such as plant absorption, rain-out, weathering, during plant thick-layer to be formed group, described nutrition base disappears substantially, thereby the plant structure thing of implantation itself has been cemented in securely on hydrophilic group and forms the semipermanent plant community.
Moreover, for the cultivation cycle of accelerating plant also can suitably be added the special dietary agent.
Described nutrition base can be by high-pressure injection, and the methods such as vibration are placed on hydrophilic group.
Utilizing discarded shell to carry out sintering is processed into basic thing, blowing agent, binding agent, the additive of setting granularity and mixes the manufacture craft with loose hole matter structure realized by sintering in the ratio of setting.Described hydrophilic group is to have the loose member of the porous body that stores the gentle slow permeability moisture of moisture function, has light weight, the characteristics of enough intensity, and target density is at 0.3kg/cm
3below for well; Average pore size is no more than 3mm.
Described hydrophilic group has slow infiltration effect because having used the natural shell with micro hole.
Described foaming adhesive can adopt one or more in the raw materials such as polyurethane foams (as HFC-245fa), bentonite, paraffin, many vinyl chloride resins or SiC to mix.
The characteristics such as fixed structure has can directly be fixed on the greening main body and be easy to produce to be cultivated, and installs, and preserves, and is easy to transportation, with low cost.
Short strain plant is implanted on the Porous hydrophilic group with water storage function and realizes round-the-clock plant propagation, beautify and greening environment.The present invention has been because utilized discarded shell to manufacture hydrophilic group, thus can alleviate the refuse processing load, again can the waste material recycling, and can not produce secondary pollution, turn waste into wealth, there is environmental protection characteristic.
This greening curtain wall is the light weight by loose Porous hydrophilic group and short strain plant constitution, safety, the greening substrate of holding time long; This greening curtain wall can be used separately for indoor greening, also can be used as the greening cell cube and is constituted large-area greening wall, greening atmosphere, greening artistic structure; This greening curtain wall has combined and instant, and construction is simple, removes the characteristics such as simple and recycling.
In addition, because hydrophilic group of the present invention contains a large amount of calcium ions (Ca+), there is the effect of sterilization, sterilization, smelly eliminating.Again because there is loose hole tissue, so it is good to have air capacity of soils, water retention is obvious, and sick worm and miscellaneous bacteria should not be grown, preventing the advantages such as rotten of plant and restriction excessive vegetative growth, is the naked wall of greening cement, the urban skyscraper that a kind of practicality is very strong and the environmental protection greening method of beautifying the environment.
Beneficial effect of the present invention is mainly manifested in: reduce costs, effectively avoid affecting building intensity, be easy to safeguard.
The accompanying drawing explanation
Fig. 1 is the profile of greening curtain wall.
Fig. 2 is the fixture front view.
Fig. 3 is the front view of greening curtain wall.
Fig. 4 is the rearview of greening curtain wall.
Fig. 5 is the cutaway view of the greening curtain wall of two hydrophilic group integral structures.
Fig. 6 is the assembling schematic diagram of greening curtain wall.
Fig. 7 is the structural representation of the greening curtain wall in Fig. 6.
Fig. 8 is the structural representation of the fixture in Fig. 6.
Fig. 9 is the shape schematic diagram of greening curtain wall, and wherein, A figure means the side semicircular in shape; B figure means that side is trapezoidal; C figure means that side is triangular in shape.
Figure 10 indoor greening curtain wall cuts open legend
Embodiment
Below in conjunction with accompanying drawing, the invention will be further described.
With reference to Fig. 1～Figure 10, a kind of manufacture method of greening curtain wall, described manufacture method comprises the following steps:
(1), the manufacturing process in order to hydrophilic group that the needed moisture of plant growth is provided is:
(1.1) first the shell integral body of recovery is sent in stove and is heated to 500-800 degree centigrade of roast, keep sintering 30-60 minute;
(1.2) being ground into maximum particle size after cooling is the following shell particle powder of 5mm;
(1.3) by described maximum particle size, be to send into roast in stove after shell particle powder below 5mm and foaming adhesive mix, wherein, the mass percent of shell particle powder is 60～90%, the mass percent of foaming adhesive is 10-40%, and the adjustment of described roast to 300-600 degree keeps 30-60 minute;
(1.4) be adjusted to, again the 500-1000 degree, sintering 30-60 minute, be fired into hydrophilic group, and described hydrophilic group is the loose member of porous body, and the average pore size of the loose member of porous body is 0.5～3mm;
(2), in order to the manufacturing process of the nutrition base that maintains plant growth, cultivation, the needed moisture of breeding and nutrient to be provided: described nutrition base comprises water-loss reducer, filler and nutritional agents, select the mass percent of each component to be: water-loss reducer 0.2～15%, nutritional agents 0.1～1%, filler 90～99.5%, mix it;
(3) assembling process: the back side of hydrophilic group is fixedly connected with the fixed component in order to be connected with building, and the nutrition base is placed in to the front of described hydrophilic group; Again by short strain planting on described nutrition base.
In the present embodiment, Figure 1 shows that the cross sectional side view of the practicality of greening curtain wall of the present invention.In this invention, 1. diagram is fixed component, and described fixed component is by body, and 6., 4., 5. the suspension arrangement set bolt forms with nut suspended structure lug boss; The circumferential closed member that described body is top and positive exploitation; The material of described fixed component can be plastics, mud dragon, toughened plastic, stainless steel, one or more in stone matter or other works.But require its gross weight and high wind that enough strength support greening curtain walls must be arranged, the effects such as external impacts.
2. 1. described fixed component become rigid attachment with hydrophilic group, and 1. 2. described hydrophilic group can carry out as requested the while roast or be bondd with binding agent with fixed component, and its linking intensity requires to be greater than 3000N/m
2.
As shown in Figure 1, described hydrophilic group outside one side 3. is provided with inclination angle.Described inclination angle becomes the angle of 3-6 degree with vertical plane.
Described inclination angle not only can increase the collecting amount of rainwater, and can also play the effect of sheltering from heat or light, and is easy to the growth of dark and damp short strain plant, and this angle neither can affect attractive in appearancely, can suddenly not increase the wind-force effect again and greening curtain wall is come off.
7. 3. described hydrophilic group have the plant embedded groove, described plant embedded groove 7. the degree of depth below 10mm.
Into the nutrition base 8. described plant embedded groove is made in 7..
Described plant embedded groove becomes the angle of 3-6 degree in vertical plane.
Figure 2 shows that fixed component front view 1..6. the projection of described fixed body has two horizontal projection, and described projection has the contact area and the effect that increases holding strength increased with hydrophilic group.
Fig. 3 is greening curtain wall of the present invention example front view, short strain plant by implant the nutrition base 8. in after be placed to the plant embedded groove 7. in to realize greening function.
4. suspended structure shown in Fig. 4 is one or two, and it is shaped as U-shaped, and described U-shaped suspended structure one end and fixed component be rigid attachment 1., and the other end and quilt greening member connect; By fixing hole 9. 4. described suspended structure go up.
9. described fixing hole uses the clamping hole for equipped greening curtain wall member.Described fixing hole 9. be shaped as the up-small and down-big circumscribed circle that can coordinate with hook bolt.
1. described fixed component is top and positive open circumferential closed structure, this structure both can guarantee that hydrophilic group was unlikely to come off, the moisture that can guarantee again hydrophilic group is unlikely to miss fast and evaporate, and top and front are applicable to collecting outside moisture for open structure.
Described hydrophilic group has loose hole matter structure, and bulk density is 0.2-0.6t/m
2, voidage is 20-80%, average pore size is below 3mm.
Described hydrophilic group 2. can be identical with hydrophilic group institutional framework 3., also can be different.
When described hydrophilic group is 2. identical with hydrophilic group institutional framework 3., 2. described hydrophilic group indices 3. all is less than hydrophilic group, and described indices comprises aperture etc.
Be specially the organization material that the injection ratio is different after 2. the sintering hydrophilic group completes and again enter stove sintering hydrophilic group 3., because hydrophilic group material 2. is loose, aperture is large, part composite material can enter in hole, after carrying out like this sintering, 3. 2. hydrophilic group have good embedment strength with hydrophilic group, and 2. hydrophilic group just can become the open storage tank in a top.
Described sintering circuit is: first the shell integral body of recovery is sent in stove and is heated to 500-800 degree centigrade of roast, keep sintering 30-60 minute, being ground into maximum particle size after cooling is the following shell particle powder of 5mm; Then by described maximum particle size, be to send into roast in stove after shell particle powder below 5mm and foaming adhesive mix, the mass percent of shell particle powder is 60～90%, the mass percent of foaming adhesive is 10-40%, the adjustment of described roast to 300-600 degree keeps 30-60 minute, and then be adjusted to 500-1000 degree left and right, within sintering 30-60 minute, can be fired into hydrophilic group.
Described hydrophilic group 2. with hydrophilic group 3. identical situation be illustrated in figure 5 the hydrophilic group integrated component that disposable sintering completes.
Described nutrition base is 8. by water-loss reducer, filler, and the institutes such as nutritional agents form.
Described water-loss reducer between the 0.2-15 % by weight, nutritional agents or below nutrients 0.1-1 % by weight.
Described nutrition base 8. can adopt high-pressure injection method by described nutrition base 8. make described plant embedded groove 7. in, can have additional nutrients like this base 8. with the insert depth of hydrophilic group, have additional nutrients base 8. with hydrophilic group consolidation strength 3..
Described gunite can be by the seed of Nutrition Layer material and short strain plant, the tissue of plant, the bred part of plant evenly mix together implant embedded groove 7. in.
Also can adopt vibratory drilling method by the nutrition base 8. make embedded groove 7. in and the part hydrophilic group 3. in.
Can be by the seed of Nutrition Layer material and plant during described employing vibratory drilling method, the tissue of plant, the bred part of plant evenly mix together make embedded groove 7. with the part hydrophilic group 3. in.
Described implantation also can be inserted in advance as required after the nutrition base row again and be implanted short strain plant.
Described short strain plant relates to plant, seed or the spore with renewable, and biomass is planted in the short strains such as plant, plant seed, plant tissue and spore that comprise moss, lichen, have the function of viewing and admiring.
Can render to workshop after described short strain plant implantation hydrophilic group and cultivate breeding, wait is dispatched from the factory.
Figure 6 shows that the equipped schematic diagram of greening curtain wall of one of this practicality example.Its size has been designed to 250mm*125mm curtain wall unit and two rectangle models of 125mm*60mm curtain wall unit for the green building wall.
Described curtain wall unit body by body 1. by suspension part 4. and described fixing hole 9. with hanging screw 10. be fixed on by the greening member on.
Described hanging screw 10. head tool becomes fourth shape, can guarantee that like this greening curtain wall unit is unlikely to come off.
Described greening curtain wall unit connects the curtain wall plant community that can form shown in Fig. 6 by combination.
10. described hanging screw must embed in fixed mount or building, and its linking intensity requires to be greater than 3000N/m
2.
Described curtain wall group can form figure according to designing requirement, word, and pattern or other are decorated atmosphere.
Described curtain wall can be implemented from top to permeate to add water or surface sprinkling by dripping the elephant trunk system when arid.
Fig. 7 has enumerated the partial shape of greening curtain wall of the present invention unit.The shape of described greening curtain wall can be rectangle, square, and triangle, polygon, half polygon, circle, semicircle etc.Particularly in order to be beneficial to, store moisture and the rainwater of giving and accepting, the del shown in the rectangle shown in recommendation Fig. 1 and Fig. 7, semicircle or half polygon.
The present embodiment can also be made into the indoor greening curtain wall.Fig. 8 is that the indoor greening curtain wall cuts open legend.Described indoor greening curtain wall is by fixed body
pattern elements
hydrophilic group
with nutrition greening member
institute forms.
Described fixed component
for by metal, nonmetal etc. waterproof, do not corrode, rot, the smelly member with fixation that waits material to make never degenerates.The water-fast timber of recommendation, plastics, one or more in rustless metal or pottery.
Described fixed component
suspension arrangement can be set, in order to the fixing indoor greening curtain wall member that hangs.
Described pattern elements
it can be the convex-concave member without greening function; Described convex-concave member can be layout, fine arts calligraphy, symbol, one or more in view.Pattern elements
formed, connected, fixed or method of superposition with calligraphy design original pattern, drawing design original pattern, geometric figure design original pattern or other art designing's patterns.
Described hydrophilic group
on insert the nutrition base
realize the indoor greening beautifying functions.
Described hydrophilic group
by the shell powder, blowing agent, bonding is squeezed the porous body with storage moisture function that mixed sintering forms.
Described hydrophilic group
used shell powder with the hole matter more than 5 μ m as basic material, so there is storage moisture and slow water seepage function; Shell, because contain calcium ion (Ca+), therefore also has the function of disinfection and smelly eliminating.More, because have loose hole tissue, so it is good to have air capacity of soils, water retention is obvious, sick worm and miscellaneous bacteria should not be grown, and prevent the advantages such as rotten of plant and restriction excessive vegetative growth, are the indoor long-term greenings that a kind of practicality is very strong, beautify, regulate effective environment protection method of microclimate.
Member is afforested in described and nutrition
compositions of mixtures by nutrition base and short strain plant reproductive tissue.
Described short strain plant reproductive tissue relates to plant, seed or the spore with renewable, and biomass is planted in the short strains such as plant, plant seed, plant tissue and spore that comprise moss, lichen, have the function of viewing and admiring.
Described nutrition base system enters to utilize injection, and vibration such as inserts naturally at the method implantation.
Described nutrition greening member
also can not contain short strain plant, at nutrition greening member
make after hydrophilic group row again and implant separately short strain plant.
Described nutrition greening member
can be plane, can be also to have the convex-concave member that beautifies, views and admires function.
The shape of described indoor greening curtain wall can be rectangle, square, triangle, polygon, half polygon, circle, semicircle, arbitrarily one or more in shape.
Claims (10)
1. the manufacture method of a greening curtain wall, it is characterized in that: described manufacture method comprises the following steps: (1), in order to the manufacturing process of hydrophilic group that the needed moisture of plant growth is provided, be:
(1.1) first the shell integral body of recovery is sent in stove and is heated to 500-800 degree centigrade of roast, keep sintering 30-60 minute;
(1.2) being ground into maximum particle size after cooling is the following shell particle powder of 5mm;
(1.3) by described maximum particle size, be to send into roast in stove after shell particle powder below 5mm and foaming adhesive mix, wherein, the mass percent of shell particle powder is 60～90%, the mass percent of foaming adhesive is 10-40%, and the adjustment of described roast to 300-600 degree keeps 30-60 minute;
(1.4) be adjusted to, again the 500-1000 degree, sintering 30-60 minute, be fired into hydrophilic group, and described hydrophilic group is the loose member of porous body, and the average pore size of the loose member of porous body is 0.5～3mm;
(2), in order to the manufacturing process of the nutrition base that maintains plant growth, cultivation, the needed moisture of breeding and nutrient to be provided: described nutrition base comprises water-loss reducer, filler and nutritional agents, select the mass percent of each component to be: water-loss reducer 0.2～15%, nutritional agents 0.1～1%, filler 90～99.5%, mix it;
(3) assembling process: the back side of hydrophilic group is fixedly connected with the fixed component in order to be connected with building, and the nutrition base is placed in to the front of described hydrophilic group; Again by short strain planting on described nutrition base.
2. the manufacture method of a kind of greening curtain wall as claimed in claim 1, it is characterized in that: in described step (1), after a hydrophilic group completes, making another hydrophilic group by step (1.1)～(1.4), described another hydrophilic group is embedded in a described hydrophilic group, the average pore size of described another hydrophilic group is larger than the average pore size of a hydrophilic group, and a described hydrophilic group is connected with fixed component, and the front of described another hydrophilic group arranges the nutrition base.
3. the manufacture method of a kind of greening curtain wall as claimed in claim 1, it is characterized in that: the front of described hydrophilic group is provided with the plant embedded groove, and described nutrition base is positioned at the bottom of described plant embedded groove, and the angle of described plant embedded groove and vertical plane is 2～10 degree.
4. the manufacture method of a kind of greening curtain wall as claimed in claim 3 is characterized in that: the angle of described plant embedded groove and vertical plane is 3～6 degree.
5. the manufacture method of a kind of greening curtain wall as claimed in claim 1 or 2 is characterized in that: in described step (2), described nutrition base adopts high-pressure injection method, vibratory drilling method or implantation that described nutrition base is placed on hydrophilic group.
6. the manufacture method of a kind of greening curtain wall as claimed in claim 1 or 2 is characterized in that: in described step (2), evenly mix together with the tissue of described nutrition base and short strain plant seed, plant or the bred part of plant, implant on hydrophilic group.
7. the manufacture method of a kind of greening curtain wall as claimed in claim 1 or 2, it is characterized in that: in described step (2), described nutritional agents is organic manure or inorganic fertilizer, but described filler adopts environment-friendly type decomposer humus or Nutrition Soil, and water-loss reducer adopts the SG water-loss reducer.
8. the manufacture method of a kind of greening curtain wall as claimed in claim 1 or 2, it is characterized in that: the gross weight of described short strain plant and nutrition base accounts for the 20-50% of whole greening curtain wall.
9. the manufacture method of a kind of greening curtain wall as claimed in claim 1 or 2, it is characterized in that: the bulk density of described hydrophilic group is 0.2-0.6t/m
2, voidage is 20-80%.
10. the manufacture method of a kind of greening curtain wall as claimed in claim 1 or 2, it is characterized in that: described foaming adhesive is that following one or more mix: 1. polyurethane foams, 2. bentonite, 3. paraffin, 4. many vinyl chloride resins, 5. SiC.
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| CN103174310B (en) * | 2012-07-03 | 2015-01-14 | 罗轶 | Curtain wall farm |
| CN103250581B (en) * | 2013-05-28 | 2015-07-08 | 潘仲民 | Planting plate for indoor and outdoor stereoscopic planting and preparation method thereof |
| CN103766156A (en) * | 2014-01-14 | 2014-05-07 | 上海师范大学 | Method for making moss wall |
| CN105442724A (en) * | 2015-11-19 | 2016-03-30 | 浙江桐砚建筑规划设计有限公司 | Method for constructing green plant curtain wall |
| CN105971210A (en) * | 2016-07-11 | 2016-09-28 | 扬州大学 | Plant growing type exterior wall hanging plate system |
| WO2020252780A1 (en) * | 2019-06-21 | 2020-12-24 | 刘容彰 | Smart plant protection and maintenance system |
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| CN101695274A (en) * | 2009-09-18 | 2010-04-21 | 浙江林学院 | Plant curtain wall and method for manufacturing same |
| CN201518609U (en) * | 2009-09-29 | 2010-07-07 | 芜湖欧标农业发展有限公司 | Greening plant curtain wall |
| CN201518610U (en) * | 2009-10-14 | 2010-07-07 | 芜湖欧标农业发展有限公司 | Plant curtain wall with watering device |
| CN201531076U (en) * | 2009-11-06 | 2010-07-21 | 魏华强 | Ecological curtain wall used for building wall surface |
| CN101779562A (en) * | 2010-03-02 | 2010-07-21 | 贵州黔达喀斯特生态科技有限公司 | Method for afforesting wall surfaces and side slopes with climbing-vine curtain wall |
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